Ammonia has received great attention of researchers as a hydrogen-rich carbon-free fuel
under the background of “carbon peak” and “carbon neutrality”. By discussing the surface …

The reactive force field molecular dynamics (ReaxFF MD) simulations are performed to
depict the whole process including fuel pyrolysis, the formation and growth of PAHs/NPAHs …

To solve the environmental concerns and cleaner combustion, ammonia has been
considered as a new fuel to blend into the traditional hydrocarbon fuels, which acts as a …

Due to environmental pollution and energy crises, zero‑carbon fuel ammonia (NH 3) has
attracted extensive attention as an alternative fuel for engines. In this paper, the effects of …

Ammonia is a promising alternative clean fuel due to its carbon-free, high energy density
and well-established infrastructure of storage and distribution. The co-combustion with …

Ammonia (NH 3) is a viable carbon-free alternative fuel, and its blending affects soot
formation and chemiluminescence, which compete with each other in hydrocarbon fuel …

In order to solve the environmental pollution and energy dilemma, the ammonia has been
considered as a new fuel and a carbon-free hydrogen carrier, which can be blended into the …

The combustion process is an indispensable energy conversion step in modern industry and
energy production. Especially in high-performance engines and energy conversion systems …

Co-firing NH 3 with conventional hydrocarbon fuels is an important approach for reducing
CO 2 emissions in existing combustion systems. Besides CO 2, the blending of NH 3 would …

To improve reactivity, the zero-carbon fuel ammonia (NH 3) is often blended with large
hydrocarbon fuels with higher reactivity, such as diesel or n-heptane, which will rapidly …